The AI operating layer for FEED process automation.
From design basis to compliant drawings in days, not months. Generate early-stage layouts, validate every drawing with the exact clause cited, and take FEED to an approval-ready decision.
Engineer in the loopClause-cited checksDWG / DXF outputRevision-tracked
Flux AI / FEED control room
Design basisPass · Warn · FailApproval package
15–18
Detailed FEED layouts in hours
20–30
Primary drawings or engineering views
Exact
Clause cited for each verdict
Human
Engineer approval at every gate
What FEED makes possible
The stage where an idea becomes a facility that can be costed, approved and engineered.
Front-End Engineering Design turns a business requirement into a sufficiently defined manufacturing facility—what will be built, its capacity, how it will operate, what it may cost and where the main execution risks sit.
01
Define the facility
Turn governed requirements and room data into capacity, process flows, coordinated room relationships and conceptual layouts.
02
Coordinate and assure
Develop process, building and utilities as one connected design, checked against project rules and regulatory standards.
03
Build the commercial basis
Structure quantities, scope and cost assumptions into an approval-ready basis for an informed investment decision.
04
De-risk the decision
Compare options, expose compliance gaps and trace changes before procurement, detailed engineering and construction begin.
Business requirement
Capacity · product · process brief
Defined FEED package
Scope · compliance · cost basis
Investment decision
Proceed to detailed engineering
A well-defined FEED package gives owners the technical and financial basis to decide whether to proceed—and gives engineering teams a controlled starting point for the contracts and design work that follow.
The two manual loops
FEED stalls in drawing authoring. Then stalls again proving compliance.
01
Author
Engineers turn the URS, room data and client standards into layouts, discipline by discipline.
02
Revise
A client change restarts the loop and can create drift across connected drawings and schedules.
03
Validate
Each issue is checked manually against internal, project and regulatory standards.
04
Approve
Scope, quantities, assumptions and compliance evidence are rebuilt for sign-off.
Flux AI connects both loops: generate from one governed design basis, then validate every output with a source-linked verdict.
One governed path
From engineering input to audit-ready output.
Flux AI reads the files engineering teams already produce, grounds every check in the right references and returns evidence an engineer can inspect.
01 · Ingest
Drawings & documents
P&IDs, HVAC, GA layouts, vendor files and BOQs.
02 · Ground
References & standards
Project rules, client specifications, codes and Room Data Sheets.
03 · Orchestrate
Encoded workflows
Extraction, validation, comparison and engineer review gates.
04 · Deliver
Audit-ready output
Cited verdicts, deviations, BOMs and approval evidence.
Weeks of review compressed into hours
Consistent, traceable, clause-cited output
Fewer manual cycles and less downstream rework
The Flux AI platform
Eight connected modules. One governed FEED decision path.
Start with structured room requirements, then generate, validate, quantify, estimate and source from the same controlled engineering context. Visualisation and cited knowledge stay available across every stage.
01 · Room Book & Room Register Intelligence
Flux RoomBook
Create, manage and analyse structured room-level engineering data, turning the project brief into a governed room register and design basis.
Structured room register
Requirements and adjacency data
Controlled design basis
Revision-aware room information
Flux RoomBookEngineer reviewed
02 · Engineering Layout & Design Generation
Flux Layout
Generate coordinated engineering layouts from structured project inputs, room data and design requirements, with connected drawing outputs.
Layouts from structured inputs
Room-driven drawing generation
Coordinated engineering views
Review-ready outputs
Flux LayoutEngineer reviewed
03 · Regulatory Compliance Intelligence
Flux Comply
Validate designs and drawings against applicable regulatory, client and engineering requirements, with cited Pass, Warning, Fail and Needs Input findings.
Requirement-linked validation
Pass · Warning · Fail · Needs Input
Exact source evidence
Approval-ready reports
Flux ComplyEngineer reviewed
04 · Bill of Materials Intelligence
Flux Material
Generate, structure and analyse Bills of Materials from engineering drawings and project information.
Drawing metadata extraction
Structured material schedules
Quantity and specification checks
Exportable Bills of Materials
Flux MaterialEngineer reviewed
05 · Estimation & Quantity Intelligence
Flux Estimate
Generate engineering quantities and project estimates from design information, preserving assumptions and revision-level cost impact.
Design-derived quantities
Rate and assumption mapping
Discipline-level estimates
Revision-aware cost impact
Flux EstimateEngineer reviewed
06 · Procurement & Vendor Intelligence
Flux Source
Identify, evaluate and compare vendors and procurement options using traceable engineering and commercial intelligence.
Technical and commercial comparison
Evidence-backed scoring
Disclosure and compliance gaps
Decision-ready vendor report
Flux SourceEngineer reviewed
07 · 3D Engineering Visualisation
Flux Render
Transform engineering designs and layouts into visual 3D representations for design review, coordination and communication.
Design review visualisation
Spatial coordination
Stakeholder communication
Layout-to-3D context
Integrated across the FEED workspace
08 · Engineering Knowledge Intelligence
Flux Vault
Centralise and intelligently access engineering documents, standards, project knowledge and technical information with cited answers.
Controlled knowledge domains
Cited standards and documents
Project-specific retrieval
Reusable engineering context
Flux VaultEngineer reviewed
Fits the engineering toolchain
Adds intelligence. Does not replace engineering systems.
Flux AI sits above Revit, AutoCAD and the common data environment, connecting design decisions without disrupting where teams author and coordinate.
01
Existing engineering tools
Revit, AutoCAD and the common data environment remain where teams author and coordinate.
02
Flux AI operating layer
A governed design basis connects drawings, room data, quantities, standards and approvals.
03
Decision-ready delivery
DWG/DXF output, validation reports, structured BOM and revision evidence return to the team.
Governance by design
Evidence an approver can inspect.
Exact citations
Every finding links back to the source clause or project rule.
Pass · Warning · Fail
Clear verdicts focus review on exceptions instead of rereading everything.
Revision traceability
Changes propagate from the governed source with an inspectable history.
Engineer approval
Automation proposes and validates; accountable engineers retain the final gate.
The integrated FEED path
One governed design basis through to FEED approval.
01
Flux RoomBook
Design basis
02
Flux Layout
Coordinated drawings
03
Flux Comply
Cited verdicts
04
Material & Estimate
Scope and cost
05
Source & Render
Compare and review
06
Flux Vault
Controlled context
See it on your workflow
Bring a drawing or design basis. See the FEED loop live.
See Flux AI generate, validate, estimate or compare from a real engineering input, with every result ready for engineer review.
